Linear conveyor HF. Characteristics. Structure. Technical data. Sorting Feeding Automation

Transkript

1 Sorting Feeding Automation Linear conveyor HF Characteristics Thanks to the compact design, the linear conveyor of type HF is especially well-suited for cramped spatial conditions. Linear conveyor sections up to a length of 350 mm can be realized with the type HF. In addition, it offers optimal conditions for the use with vibration-sensitive transitions between the sorting device and linear rail. Thanks to the direct screw connection, the rubber feet as well as the compensation weight aren t necessary as compared to the linear conveyor of type LF. Structure Color scheme of the individual components: Magnetic unit Spring package Technical data Device type HF1 HF10 Magnet type RM30 RM30/E2 Magnet voltage 230 V/ 50 Hz 230 V/ 50 Hz Air gap [mm] Net weight [kg] Rail weight [kg] Max. current consumption [A] Power consumption [VA] Oscillation frequency [Hz] Max. set-up length [mm] Protection class in accordance with DIN EN IP 52 IP 52 Article no Status November Subject to change, errors excepted., Germany Phone / Fax /

2 Sorting Feeding Automation Dimensions Device type Dimension [mm] A B C D E G H K L M N O HF M3 M HF M4 Km Technical drawing A K A N M K N M H L B O C D E G H D B O C L E G Linear conveyor, type HF1 Linearförderer Linear conveyor, type HF10 Accessories Designation Description Article no. Control unit FAR V/ 50 Hz, for linear and bowl feeders, phase-controllable Control unit FAR-S V/ 50 Hz, for linear and bowl feeders, phase-controllable, with input for a signal for accumulation shut-down Control unit FARR-S V/ 50 Hz, combination of FAR-1 and FAR-S Control unit FUR V/ 50 Hz, purpose-built frequency converter for vibratory feeders Control unit FUR-S V/ 50 Hz, purpose-built frequency converter for vibratory feeders, with input for a signal for accumulation shut-down Stand for HF Height-adjustable stand with screw-on plate Forked light barrier GL Fork width 10, 20, 30, 50, 80, 120 mm, without cable Status November Subject to change, errors excepted., Germany Phone / Fax /

3 Linear conveyor LF Characteristics The linear conveyors of type LF can be used very flexibly in applications and can be simply installed when integrated in the overall system thanks to the integrated counterweight and the rubber feet. With this linear conveyor, path lengths of up to 1200 mm are possible. The type LF also offers very stable oscillation transfer. Structure Color scheme of the individual components: Magnetic unit Spring package Weight Rubber foot Technical data Device type LF1 LF10 LF20 LF30 LF40 Magnet type RM30/No.00 RM30/E2 RM45 RM54 RM66 Magnet voltage 230 V/ 50 Hz 230 V/ 50 Hz 230 V/ 50 Hz 230 V/ 25 Hz 230 V/ 25 Hz Air gap [mm] * Net weight [kg] Rail weight [kg] * Max. current consumption [A] Power consumption [VA] Oscillation frequency [Hz] Max. set-up length [mm] * Protection class in accordance with DIN EN IP 52 IP 52 IP 54 IP 54 IP 54 Article no * Data not available at time of printing.

4 DATA SHEET Linear conveyor, type LF Dimensions Device type Dimensions [mm] A B C D E F G H K L M N O P LF M3 M LF M4 M LF M6 M LF M6 M8 23 2x LF M8 M8 23 2x Technical drawing Linear conveyor, type LF10-40 Linear conveyor, type LF1 Accessories Designation Description Article no. Control unit FAR V/ 50 Hz, for linear and bowl feeders, phase-controllable Control unit FAR-S V/ 50 Hz, for linear and bowl feeders, phase-controllable, with input for a signal for accumulation shut-down Control unit FARR-S V/ 50 Hz, combination of FAR-1 and FAR-S Control unit FUR V/ 50 Hz, purpose-built frequency converter for vibratory feeders Control unit FUR-S V/ 50 Hz, purpose-built frequency converter for vibratory feeders, with input for a signal for accumulation shut-down Stand for LF Height-adjustable stand with screw-on plate Forked light barrier GL Fork width 10, 20, 30, 50, 80, 120 mm, without cable

5 Linear conveyor LFL Characteristics The linear conveyors of type LFL are used both for long linear path lengths as well as for hopper systems. They are especially suitable for transporting heavy, mass production parts. Thanks to their special design, the vibrations required for part transport are evenly transferred to every position on the linear rail. Linear path lengths of up to 2 m are possible and are implemented with only one drive. Up to 50 kg of bulk material can be filled into hopper systems. Structure Color scheme of the individual components: Magnetic unit Spring package Weight Rubber foot Technical data Device type LFL850 LFL1000 LFL1250 LFL1500 LFL2000 Net weight [kg] * Max. loading weight [kg] * Max. current consumption [A] * Power consumption [VA] * Oscillation frequency [Hz] * Max. set-up length [mm] * Protection class in accordance with DIN EN IP 54 IP 54 IP 54 IP 54 IP 54 Article no * Data not available at time of printing.

6 Dimensions Device type Dimensions [mm] A B C D E LFL Rubber feet are 130 LFL not necessary at 126 LFL position LFL LFL2000 * 2000 * * * Technical drawing Linear rails Pos.3 Internal profiles External profiles Accessories Designation Description Article no. Control unit FAR V/ 50 Hz, for linear and bowl feeders, phase-controllable Control unit FAR-S V/ 50 Hz, for linear and bowl feeders, phase-controllable, with input for a signal for accumulation shut-down Control unit FARR-S V/ 50 Hz, combination of FAR-1 and FAR-S Control unit FUR V/ 50 Hz, purpose-built frequency converter for vibratory feeders Control unit FUR-S V/ 50 Hz, purpose-built frequency converter for vibratory feeders, with input for a signal for accumulation shut-down Stand for LFL Height-adjustable stand with screw-on plate Forked light barrier GL Fork width 10, 20, 30, 50, 80, 120 mm, without cable * Data not available at time of printing.

7 Linearzuführung Charakteristik Der Einsatz von Grimm Linearzuführungen erfolgt idealerweise bei kleinen bis mittelgroßen Masseteilen mit berechenbaren Sortierkriterien. Hierbei ist eine ein- oder mehrbahnige Teilezuführung möglich, zugleich sind hohe Förderleistungen realisierbar. Je nach Teiletype sind mehrere Teilevarianten nahezu ohne Rüstaufwand zuführbar. Besonders gut geeignet sind die Linearzuführungen für nachfolgende Zublas- oder Bereitstellungsvorgänge sowie zur Übergabe an nachfolgende Bearbeitungsmaschinen. Durch die vielfältigen Bauformen und die kompakten Bauräume ergeben sich sehr flexible Anpassungsmöglichkeiten auf kundenseitige Vorgaben. Aufgrund der geringen Fallhöhen arbeiten die Grimm-Linearzuführungen besonders teileschonend. Die konstante Teiledosierung und die Verlängerung der autonomen Laufzeit übernimmt das Bunkersystem. Funktionsprinzip Ein-/Mehrbahnige Sortierstrecke: Je nach Anforderung dienen eine oder mehrere Linearstrecken zur Teileausrichtung Grimm-Linearförderer sorgen für den leistungsstarken Antrieb Darauf folgen Stautrecken oder Förderbänder zum Abtransport ausgerichteter Teile Bauform, Größe und Umfang werden individuell an kundenspezifische Gegebenheiten angepasst Ein Bunkersystem übernimmt die Teilebevorratung Idealerweise erfolgt eine Rückführung lagefalscher Teile in die Bevorratungseinheit Umsetzungsbeispiele Stand März Änderungen und Irrtümer bleiben vorbehalten. Teilesortierung für Beschichtungsanlage Teilesortierung für Montagevorgang Teilesortierung für Verpackungsaufgabe Telefon /